func main() { count := uint(30) width := uint(1920) height := uint(1080) flag.UintVar(&count, "framecnt", count, "Frames generated per simulation packet") flag.UintVar(&width, "width", width, "Width of output surface") flag.UintVar(&height, "height", height, "Height of output surface") flag.Parse() yard := ext.StdExtensions() shapes := animate.StdShapes groups := animate.StdGroupFacts fact := animate.RenderFactory{} fact.Width = width fact.Height = height fact.Yard = yard fact.Framecnt = count fact.EntShapes = shapes fact.EntGroups = groups frtun := runFrameTunnel(fact) for frch := range frtun { for fr := range frch { werr := animate.WriteFrame(fr, os.Stdout) if werr != nil { fmt.Fprintf(os.Stderr, "Warning: %v", werr) } } } }
func main() { input, inerr := lib.ReadSimPkt(os.Stdin) if inerr != nil { fatal(inerr) } extensions := ext.StdExtensions() outch, simerr := lib.Simulate(input, extensions) if simerr != nil { fatal(simerr) } for out := range outch { werr := lib.WriteSimPkt(out, os.Stdout) if werr != nil { break } } }